Ji‐Long Liu

This study investigates the filamentation and proline inhibition mechanisms of Escherichia coli glutamate kinase using cryogenic electron microscopy.

This study investigates cytoophidium dynamics in Drosophila ovaries and finds that cytoskeletal components regulate their assembly and transport.

This study shows KH0 and KH1 domains of FMR1 work together in m6A binding and phase separation, linking these processes to Fragile X Syndrome pathology.

This study identifies CTP as a regulator of hCTPS1 filamentation, revealing its structural basis and evolutionary conservation.

This study examines IMPDH cytoophidia in pancreatic islets under normal and diabetic conditions, showing morphological changes linked to impaired glucose tolerance.

The paper investigates how cytoophidium complexes formed by different metabolic enzymes relate to cell fates in yeast, showing that blocking CTPS cytoophidium assembly disrupts quiescence and affects NAD biosynthesis.

The paper introduces VitisC, a method to visualize small proteins using cryo-EM by attaching them to a filamentous scaffold formed by E. coli CTP synthase, achieving a resolution of 3.39 Å.

BioOS provides a cloud-native platform for reproducible biomedical research by integrating data, code, tools, and environments into workspaces, enhancing data integrity and accessibility.

This study compares cytoophidium assembly in Saccharomyces cerevisiae and Schizosaccharomyces pombe under varying environmental and intracellular conditions, finding differential responses to temperature, pH, and CTPS overexpression.

eCRUIS enhances RNA-protein interaction capture by integrating dCas13d and TurboID, enabling rapid in vitro and in vivo labeling of RNA-binding proteins.

This study shows that Hippo pathway inactivation reduces cytoophidium length and number in Drosophila posterior follicle cells, linking Hippo signaling to CTPS activity.

The paper studies dynamic cytoophidia in Drosophila late oogenesis using live cell imaging, revealing heterogeneity and dynamic patterns in nurse cells and oocytes.

This study investigates the role of cytoophidia in Drosophila follicle epithelium integrity using a mutation that disrupts cytoophidium formation.

The paper shows that CTP synthase filaments (cytoophidia) are required to maintain binucleation in Drosophila male accessory gland cells.

The paper shows that CTP synthase does not form cytoophidia in Drosophila interfollicular stalk cells, and links this to low Myc levels and resistance to DON treatment.

The paper introduces DODO, a degron-based system for detecting biological processes, including apoptosis, through modular sensors and reporters.

This study shows that CTPS filaments (cytoophidia) in Drosophila adipose tissue link metabolism and tissue architecture through Collagen IV-Integrin signaling.